Sort and Pour Systems

ABSTRACT

A sort and pour system enabling a person to sort through the contents of a storage container to find the specific one that is needed, and then return the contents back into the storage container easily and efficiently.

CROSS-REFERENCE TO RELATED APPLICATION

The present application is related to and claims priority from prior provisional application Ser. No. 62/024,448, filed Jul. 14, 2014, entitled “SORT AND POUR SYSTEMS”; and, this application is related to and claims priority from prior provisional application Ser. No. 62/090,582, filed Dec. 11, 2014, entitled “SORT AND POUR SYSTEMS”; and, this application is related to and claims priority from prior provisional application Ser. No. 62/173,258, filed Jun. 9, 2015, entitled “SORT AND POUR SYSTEMS”, the contents of all of which are incorporated herein by this reference and are not admitted to be prior art with respect to the present invention by the mention in this cross-reference section.

BACKGROUND

This invention relates to providing a system for improved sorting of small items from a storage container of miscellaneous items and returning them back to the storage container once the desired item has been located. More particularly, this invention relates to providing a system for pouring small items out of a storage container, sorting through them to find the desired item, and returning them back into the storage container easily and efficiently. In many instances when a person is trying to find one small item from a large group of small items, which are contained within a storage container, they must pour out the contents of the container onto a surface, sort through them, and then return the unwanted items back to the storage container. This can be messy and time consuming. Therefore, there is a need for a method or apparatus specifically designed to simply and efficiently allow a person to sort through the contents of a storage container to find the specific one that is needed, and then return the contents back into the storage container.

OBJECTS AND FEATURES OF THE INVENTION

A primary object and feature of the present invention is to provide a system overcoming the above-mentioned problem.

It is a further object and feature of the present invention to provide such a system that is not only efficient but has the capability for the user to both sort the contents of the storage container and to return the contents to the storage container without spillage or wasted time.

It is a further object and feature of the present invention to provide a single device that can be used both for the sorting and returning steps.

It is a further object and feature of the present invention to provide such device that is simple, flexible, and durable.

A further primary object and feature of the present invention is to provide such a system that is efficient, inexpensive, and handy. Other objects and features of this invention will become apparent with reference to the following descriptions.

SUMMARY OF THE INVENTION

In accordance with a preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray structured and arranged to contain the collection of objects; wherein such tray comprises a bottom and at least one side; wherein such tray is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and at least one transformer structured and arranged to transform such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, wherein such at least one object-collector is non-planar, and at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and wherein such at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer transforms such bottom into such at least one object-collector, and such at least one transforming side into at least one funnel side; and wherein such at least one transformer creates such at least one funnel; wherein such at least one funnel comprises such at least one funnel side; wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state.

Moreover, it provides such a system wherein such tray further comprises at least one handle structured and arranged to permit single-hand carrying of such tray. Additionally, it provides such a system wherein such at least one handle comprises at least one transforming-handle structured and arranged to assist such transformation. Also, it provides such a system wherein such at least one transforming-handle further comprises at least one cutout structured and arranged to transform between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel, while in such at least one pouring state. In addition, it provides such a system wherein such at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of such transformation.

And, it provides such a system wherein such at least one transformation-actuator comprises at least one transforming living-hinge structured and arranged to collapse when at least one user actuates such transformation. And, it provides such a system wherein such at least one transformation-actuator comprises at least one collapse-permitter structured and arranged to collapse when at least one user actuates such transformation. Further, it provides such a system wherein such collapse of such at least one collapse-permitter reduces the area of such at least one cutout and conically-curves such at least one transforming handle. Further, it provides such a system wherein such collapse of such at least one collapse-permitter reduces the area of such at least one cutout and conically-curves such at least one transforming handle. Even further, it provides such a system wherein such collapse of such at least one collapse-permitter additionally reduces the straight-line distance between corners of such at least one transforming side.

Moreover, it provides such a system wherein such at least one collapse-permitter comprises at least one accordion hinge. Additionally, it provides such a system wherein such at least one accordion hinge comprises at least three living-hinge locations. Also, it provides such a system wherein such transformation-actuator further comprises: at least one first digit-acceptor structured and arranged to accept insertion of at least one first user-digit; and at least one second digit-acceptor structured and arranged to accept insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-acceptor and such at least one second digit-acceptor.

In addition, it provides such a system wherein such at least one transforming side comprises at least one transforming angle, between such bottom and such at least one transforming side, structured and arranged to assist in transformation between such tray state and such pouring state. And, it provides such a system wherein: such at least one transforming angle comprises an obtuse angle, while in such tray state, and such at least one transforming angle collapses outward during such transformation. Further, it provides such a system wherein such obtuse angle comprises an angle between about 90 and about 140 degrees. Even further, it provides such a system wherein such obtuse angle comprises an angle of about 135 degrees.

In accordance with another preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray structured and arranged to contain the collection of objects; wherein such tray comprises a bottom and at least one side; wherein such tray is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray further comprises at least one handle structured and arranged to permit single-hand carrying of such tray; wherein such tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and at least one transformer structured and arranged to transform such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, wherein such at least one object-collector is non-planar, and at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and wherein such at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer transforms such bottom into such at least one object-collector, and such at least one transforming side into at least one funnel side; and wherein such at least one transformer creates such at least one funnel; wherein such at least one funnel comprises such at least one funnel side; wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state; wherein such at least one handle comprises at least one transforming-handle structured and arranged to assist such transformation; and wherein such at least one transforming-handle further comprises at least one gripper structured and arranged to transform between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel, while in such at least one pouring state; and wherein such at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of such transformation; wherein such at least one transformation-actuator comprises at least one collapse-permitter structured and arranged to collapse when at least one user actuates such transformation; wherein such collapse of such at least one collapse-permitter reduces the area of such at least one cutout and conically-curves such at least one transforming handle; wherein such transformation-actuator further comprises: at least one first digit-acceptor structured and arranged to accept insertion of at least one first user-digit; and at least one second digit-acceptor structured and arranged to accept insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-acceptor and such at least one second digit-acceptor; wherein such at least one transforming side comprises at least one transforming angle, between such bottom and such at least one transforming side, structured and arranged to assist in transformation between such tray state and such pouring state; wherein such at least one transforming angle comprises an obtuse angle, while in such tray state; and wherein such at least one transforming angle collapses outward during such transformation.

Even further, it provides such a system wherein such collapse of such at least one transforming living-hinge additionally reduces the straight-line distance between corners of such at least one transforming side. Moreover, it provides such a system wherein such at least one transforming living-hinge comprises at least one accordion hinge. Additionally, it provides such a system wherein such at least one accordion hinge comprises at least three living hinge locations.

In accordance with another preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray means for containing the collection of objects; wherein such tray means comprises a bottom and at least one side; wherein such tray means is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray means comprises a distributive-area means for permitting distribution of the collection of objects across an area in a thin layer; wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; wherein such tray means further comprises at least one transformer means for transforming such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector means for collecting the collection of objects into a non-distributed state, wherein such at least one object-collector means is non-planar, and at least one funnel means for pouring a stream of the collection of objects into the storage container; wherein such at least one transformer means comprises at least one user-alterable component means for effecting transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer means transforms such bottom into such at least one object-collector means, and such at least one transforming side into at least one funnel side; wherein such at least one transformer means creates such at least one funnel means, wherein such at least one funnel means comprises such at least one funnel side wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state.

Even further, it provides such a system wherein such tray means further comprises at least one handle means for permitting single-hand carrying of such tray means. In addition, it provides such a system wherein such at least one handle means comprises at least one transforming-handle means for assisting such transformation. Moreover, it provides such a system wherein such at least one transforming-handle means further comprises at least one gripper means for transforming between at least one hand portal means, while in such at least one tray state, and at least one funnel-spout of such at least one funnel means, while in such at least one pouring state.

Additionally, it provides such a system wherein such at least one transforming handle means further comprises at least one transformation-actuator means for permitting user-actuation of such transformation. Even further, it provides such a system wherein such at least one transformation-actuator means comprises at least one collapse-permitter means for collapsing when at least one user actuates such transformation. Even further, it provides such a system wherein such collapse of such at least one collapse-permitter means reduces the area of such at least one cutout means and conically-curves such at least one transforming handle means. Even further, it provides such a system wherein such collapse of such at least one collapse-permitter means additionally reduces the straight-line distance between corners of such at least one transforming side.

Moreover, it provides such a system wherein such transformation-actuator means further comprises: at least one first digit-acceptor means for accepting insertion of at least one first user-digit; and at least one second digit-acceptor means for accepting insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-acceptor means and such at least one second digit-acceptor means.

In accordance with another preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray structured and arranged to contain the collection of objects; wherein such tray comprises a bottom and at least one side; wherein such tray is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and at least one transformer structured and arranged to transform such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, wherein such at least one object-collector is non-planar, and at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and wherein such at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer transforms such bottom into such at least one object-collector, and such at least one transforming side into at least one funnel side; and wherein such at least one transformer creates such at least one funnel; wherein such at least one funnel comprises such at least one funnel side; wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state.

Moreover, it provides such a system wherein such tray further comprises at least one handle structured and arranged to permit single-hand carrying of such tray. Additionally, it provides such a system wherein such at least one handle comprises at least one transforming-handle structured and arranged to assist such transformation. Also, it provides such a system wherein such at least one transforming-handle further comprises at least one cutout structured and arranged to transform between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel, while in such at least one pouring state. In addition, it provides such a system wherein such at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of such transformation.

And, it provides such a system wherein such at least one transformation-actuator comprises at least one transforming living-hinge structured and arranged to collapse when at least one user actuates such transformation. Further, it provides such a system wherein such collapse of such at least one transforming living-hinge reduces the area of such at least one cutout and conically-curves such at least one transforming handle. Even further, it provides such a system wherein such collapse of such at least one transforming living-hinge additionally reduces the straight-line distance between corners of such at least one transforming side.

Moreover, it provides such a system wherein such at least one transforming living-hinge comprises at least one accordion hinge. Additionally, it provides such a system wherein such at least one accordion hinge comprises at least three living-hinge locations. Also, it provides such a system wherein such transformation-actuator further comprises: at least one first digit-cutout structured and arranged to allow insertion of at least one first user-digit; and at least one second digit-cutout structured and arranged to allow insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance such at least one first digit-cutout and such at least one second digit-cutout.

In addition, it provides such a system wherein such at least one transforming side comprises at least one transforming angle, between such bottom and such at least one transforming side, structured and arranged to assist in transformation between such tray state and such pouring state. And, it provides such a system wherein: such at least one transforming angle comprises an obtuse angle, while in such tray state, and such at least one transforming angle collapses outward during such transformation. Further, it provides such a system wherein such obtuse angle comprises an angle between about 90 and about 140 degrees. Even further, it provides such a system wherein such obtuse angle comprises an angle of about 135 degrees.

In accordance with another preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray structured and arranged to contain the collection of objects; wherein such tray comprises a bottom and at least one side; wherein such tray is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray further comprises at least one handle structured and arranged to permit single-hand carrying of such tray; wherein such tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and at least one transformer structured and arranged to transform such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, wherein such at least one object-collector is non-planar, and at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and wherein such at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer transforms such bottom into such at least one object-collector, and such at least one transforming side into at least one funnel side; and wherein such at least one transformer creates such at least one funnel; wherein such at least one funnel comprises such at least one funnel side; wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state; wherein such at least one handle comprises at least one transforming-handle structured and arranged to assist such transformation; and wherein such at least one transforming-handle further comprises at least one cutout structured and arranged to transform between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel, while in such at least one pouring state; and wherein such at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of such transformation; wherein such at least one transformation-actuator comprises at least one transforming living-hinge structured and arranged to collapse when at least one user actuates such transformation; wherein such collapse of such at least one transforming living-hinge reduces the area of such at least one cutout and conically-curves such at least one transforming handle; wherein such transformation-actuator further comprises: at least one first digit-cutout structured and arranged to allow insertion of at least one first user-digit; and at least one second digit-cutout structured and arranged to allow insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance such at least one first digit-cutout and such at least one second digit-cutout; wherein such at least one transforming side comprises at least one transforming angle, between such bottom and such at least one transforming side, structured and arranged to assist in transformation between such tray state and such pouring state; wherein such at least one transforming angle comprises an obtuse angle, while in such tray state; and wherein such at least one transforming angle collapses outward during such transformation.

Even further, it provides such a system wherein such collapse of such at least one transforming living-hinge additionally reduces the straight-line distance between corners of such at least one transforming side. Even further, it provides such a system wherein such at least one transforming living-hinge comprises at least one accordion hinge. Even further, it provides such a system wherein such at least one accordion hinge comprises at least three living hinge locations.

In accordance with another preferred embodiment hereof, this invention provides a system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, such system comprising: a tray means for containing the collection of objects; wherein such tray means comprises a bottom and at least one side; wherein such tray means is open on the top; wherein such bottom is planar defining a bottom plane; wherein such at least one side rises above such bottom plane; wherein such at least one side comprises at least one transforming side; wherein such tray means comprises a distributive-area means for permitting distribution of the collection of objects across an area in a thin layer; wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; wherein such tray means further comprises at least one transformer means for transforming such tray between at least one tray state and at least one pouring state; wherein such at least one pouring state comprises at least one object-collector means for collecting the collection of objects into a non-distributed state, wherein such at least one object-collector means is non-planar, and at least one funnel means for pouring a stream of the collection of objects into the storage container; wherein such at least one transformer means comprises at least one user-alterable component means for effecting transformation between such at least one tray state and such at least one pouring state; wherein such at least one transformer means transforms such bottom into such at least one object-collector means, and such at least one transforming side into at least one funnel side; wherein such at least one transformer means creates such at least one funnel means, wherein such at least one funnel means comprises such at least one funnel side wherein the collection of objects are received, distributed and searched in such tray state; and wherein the collection of objects are collected and poured in such pouring state.

Even further, it provides such a system wherein such tray means further comprises at least one handle means for permitting single-hand carrying of such tray means. Even further, it provides such a system wherein such at least one handle means comprises at least one transforming-handle means for assisting such transformation. Even further, it provides such a system wherein such at least one transforming-handle means further comprises at least one cutout means for transforming between at least one hand portal means, while in such at least one tray state, and at least one funnel-spout of such at least one funnel means, while in such at least one pouring state.

Even further, it provides such a system wherein such at least one transforming handle means further comprises at least one transformation-actuator means for permitting user-actuation of such transformation. Even further, it provides such a system wherein such at least one transformation-actuator means comprises at least one transforming living-hinge means for collapsing when at least one user actuates such transformation. Even further, it provides such a system wherein such collapse of such at least one transforming living-hinge means reduces the area of such at least one cutout means and conically-curves such at least one transforming handle means. Even further, it provides such a system wherein such collapse of such at least one transforming living-hinge means additionally reduces the straight-line distance between corners of such at least one transforming side. Even further, it provides such a system wherein such transformation-actuator means further comprises: at least one first digit-cutout means for allowing insertion of at least one first user-digit; and at least one second digit-cutout means for allowing insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-cutout means and such at least one second digit-cutout means. Moreover, it provides such a system comprises each and every novel feature, element, combination, step and/or method disclosed or suggested by this patent application.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows a perspective view, illustrating a sort and pour system in a tray state, according to a preferred embodiment of the present invention.

FIG. 2 shows a perspective view, illustrating the sort and pour system in a pouring state, according to the preferred embodiment of FIG. 1.

FIG. 3 shows a partial top view, illustrating a handle of the sort and pour system in a tray state, according to the preferred embodiment of FIG. 2.

FIG. 4 shows a side view, illustrating the handle of the sort and pour system in a pouring state, according to the preferred embodiment of FIG. 3.

FIG. 5 shows a partial top view, illustrating a handle of a sort and pour system, according to an alternately preferred embodiment of the present invention.

FIG. 6 shows a plan view, illustrating indicia placement of a sort and pour system, according to an alternately preferred embodiment of the present invention.

FIG. 7 shows a side view, illustrating a handle of the sort and pour system in a pouring state, according to the preferred embodiment of FIG. 1.

FIG. 8 shows the sectional view 8-8 of FIG. 6 according to the preferred embodiment of FIG. 1.

FIG. 9 shows a top view, according to an alternately preferred embodiment of the present invention.

FIG. 10 shows a side view, according to the alternately preferred embodiment of FIG. 9.

FIG. 11 shows a side view, of the sort and pour system in a pouring state, according to the alternately preferred embodiment of FIG. 10.

FIG. 12 shows a top view, of the sort and pour system in a pouring state, according to the alternately preferred embodiment of FIG. 11.

FIG. 13 shows a partial top view, according to an alternately preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE BEST MODES AND PREFERRED EMBODIMENTS OF THE INVENTION

Many people store assorted small items in storage containers such as jars (glass and plastic), “coffee” cans, plastic bowls, buckets, etc. There are often times when a person may have a need for one or two small items which are stored in any of these various types of storage containers, and generally has to pour nearly the entire contents of the container out onto a table, workbench or other surface in order to find the one or two items that is/are needed. This often creates a large mess, especially when the person then has to move the items around on the surface, and sift through them until he or she finds the one (or more) items needed. Once the desired items are located, it is necessary to then return the rest of the contents back into the storage container. This requires “scooping” them up in handfuls or in a spoon, scoop, or other implement, and carefully pouring them back into the storage container. This can take time if there were a large number of items in the container. It can be messy as a person tries to pour the items out of their fisted hand or implement through the relatively narrow opening of the container; quite frequently many of the items are dropped in the pouring process and have to again be scooped up and poured from the fisted hand or implement.

Therefore, there is a need for a system, as disclosed herein, specifically designed for receiving a collection of objects, distributing the collection of objects across a relatively large surface area while maintaining containment within the large surface area, permitting a user-search of the collection of objects, and then gathering the collection of objects into a confined stream to return the collection of objects to a storage container.

FIG. 1 shows a perspective view, illustrating a sort and pour system 100 in a tray state 103, according to a preferred embodiment of the present invention. In tray state 103, sort and pour system 100 preferably comprises at least one tray-container 110 (at least embodying herein a tray structured and arranged to contain the collection of objects; and at least embodying herein a tray means for containing the collection of objects), as shown. Tray-container 110 preferably comprises at least one shape, as shown. The at least one shape preferably comprises an oval shape, alternately preferably a square shape, alternately preferably a rectangular shape, alternately preferably a round shape. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as marketability, user's intended use, manufacturing, etc., other tray shapes, such as, for example, pentagon shape, animal shaped, plant shape, octagon shape, and other multi-sided shapes, etc., may suffice.

Tray-container 110 preferably further comprises at least one surface appearance. Surface appearance preferably comprises a high contrast to objects with which it is used. Surface appearance preferably comprises black color, alternately preferably white color. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as user preference, user's intended use, manufacturing, etc., other tray appearances, such as, for example, other contrasting colors, translucent, opaque, clear, etc., may suffice.

Tray-container 110 preferably comprises at least one tray-container-base 120 and preferably at least one tray-container-wall 130 (at least herein embodying wherein such tray comprises a bottom and at least one side), as shown. Tray-container-base 120 preferably is open on the top (at least herein embodying wherein such tray is open on top), as shown. Tray-container-base 120 preferably lies flat, preferably defining a plane, as shown (at least herein embodying wherein such bottom is planar defining a bottom plane). Tray-container-wall 130 preferably projects up from such plane defined by tray-container-base 120 (at least herein embodying wherein such at least one side rises above such bottom plane), as shown (see also FIG. 8).

Tray-container-wall 130 preferably maintains containment of at least one collection of objects 135 while the collection of objects 135 is in a distributed state 105 across the tray-container-base 120, as shown. Tray-container-base 120 preferably comprises at least one distributive-area 140 to permit distributing collection of objects 135 across an area in a thin layer. Distributive-area 140 (at least herein embodying wherein such tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and at least herein embodying wherein such tray means comprises distributive-area means for permitting distribution of the collection of objects across an area in a thin layer) is preferably bounded by tray-container-wall 130, as shown. A thin layer preferably comprises no more than one or two objects deep, as shown. Individual objects 132 of collection of objects 135, when distributed across distributive-area 140, are thereby readily visible and manipulatable by at least one user (at least herein embodying wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user), as shown.

Tray-container 110 preferably further comprises at least one handle 150, preferably to permit single-hand carrying of tray-container 110, as shown. Handle 150 (at least herein embodying wherein such tray further comprises at least one handle structured and arranged to permit single-hand carrying of such tray; and at least herein embodying wherein such tray means further comprises at least one handle means for permitting single-hand carrying of such tray means) preferably comprises at least one hand-portal 160 to permit a single hand, or a portion of the hand, to be inserted to facilitate carrying of tray-container 110, as shown.

Tray-container 110 preferably comprises length C of about 12 inches (see FIG. 6). Tray-container 110 preferably comprises width B of about 9½ inches (see FIG. 6). Tray-container-wall 130 preferably comprises a height D of about 1½ inches (see FIG. 8). Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as user preference, user's intended use, manufacturing, etc., other tray sizes, such as, for example, large trays, small trays, medium sized trays, wide trays, narrow trays, etc., may suffice.

Sort and pour system 100 is preferably made using vacuum forming manufacturing. Vacuum forming preferably comprises a simplified version of thermoforming, whereby a sheet of plastic is preferably heated to a forming temperature, preferably stretched onto a single-surface mold, and preferably forced against the mold by a vacuum (suction of air).

Sort and pour system 100 alternately preferably comprises injection molding. Injection molding preferably comprises a process for producing parts by injecting material into a mold. Material for the part is preferably fed into a heated barrel, preferably mixed, and preferably forced into a mold cavity, where it cools and hardens to the configuration of the cavity. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as, future manufacturing methods, cost, structural requirements, available materials etc., other methods of manufacturing, such as, for example, blow molding, thermoforming, transfer molding, reaction injection molding, compression molding, extrusion, stamping, etc., may suffice.

Sort and pour system 100 preferably comprises at least one flexible material, preferably plastic, preferably thermoplastic elastomer (TPE), preferably thermoforming plastic. Alternately preferably, the thermoplastic elastomer comprises injection-molding material. The at least one flexible material preferably comprises polypropylene, alternately preferably polyethylene, alternately preferably Synprene™, preferably Synprene™ RT-5180 (commercially available from PolyOne, Global Corporate Headquarters, 33587 Walker Rd., Avon Lake, Ohio 44012 or at www.polyone.com). Synprene™ thermoplastic elastomers (TPE) are compounds based on styrenic block copolymer (SBC) technology, and can be formulated to deliver extremely low hardness values not found in other elastomers. Synprene™ RT-5180 preferably comprises decabromodiphenyl oxide (10-30 weight percent), antimony trioxide (5-10 weight percent) and talc (5-10 weight percent). Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as design preference, cost, structural requirements, available materials, etc., other flexible materials, such as, for example, low density polyethylene, thermoplastic polyolefins, polyethylene terephthalate glycol, fabrics, rubbers, metals, silicons, polyolefin blends, elastomeric alloys, thermoplastic polyurethanes, thermoplastic copolyester, thermoplastic polyamids etc., may suffice.

FIG. 2 shows a perspective view, illustrating sort and pour system 100 in a pouring state 107, according to the preferred embodiment of FIG. 1. In pouring state 107, sort and pour system 100 preferably comprises at least one object-collector-pourer 210, as shown, to allow collecting of individual objects 132 into at least one non-distributed state 205 (at least herein embodying wherein such at least one pouring state comprises at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state; and at least herein embodying wherein such at least one pouring state comprises at least one object-collector means for collecting the collection of objects into a non-distributed state), as shown. Object-collector-pourer 210 preferably comprises a non-planar surface, preferably a curved non-planar surface, as shown (at least herein embodying wherein such at least one object-collector is non-planar; and at least herein embodying wherein such at least one object-collector means is non-planar). Object-collector-pourer 210 preferably further comprises at least one funnel-pourer 370, as shown.

Once collected in non-distributed state 205, collection of objects 135 pour through funnel-pourer 370 (at least embodying herein at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and at least embodying herein at least one funnel means for pouring a stream of the collection of objects into the storage container) back into the storage container 220, as shown.

Sort and pour system 100 preferably further comprises at least one transformer 115 structured to effect transformation of sort and pour system 100 between tray-container 110 and object-collector-pourer 210. Transformer 115 preferably comprises at least one transformation-axis 230 which allows for transformation of tray-container 110 into object-collector-pourer 210 along such axis, as shown. This arrangement at least embodies herein at least one transformer structured and arranged to transform such tray between at least one tray state and at least one pouring state; and this arrangement at least herein embodies wherein such tray means further comprises at least one transformer means for transforming such tray between at least one tray state and at least one pouring state.

FIG. 3 shows a partial top view, illustrating sort and pour system 100 in tray state 103, according to the preferred embodiment of FIG. 2. Transformer 115 preferably further comprises at least one transforming-handle 305, as shown, and at least one transformer wall 810 (see FIG. 8) for aiding in transformation between tray-container 110 and object-collector-pourer 210 (at least herein embodying wherein such at least one side comprises at least one transforming side).

When in tray state 103, transforming-handle 305 preferably comprises handle 150. When in pouring state 107, transforming-handle 305 preferably comprises funnel-pourer 370. Transforming-handle 305 preferably further comprises at least one handle-funnel transformer 310 (at least herein embodying wherein such at least one handle comprises at least one transforming-handle structured and arranged to assist such transformation; and at least herein embodying wherein such at least one handle means comprises at least one transforming-handle means for assisting such transformation) to transform transforming-handle 305 between handle 150 and funnel-pourer 370, as shown.

Handle-funnel transformer 310 preferably further comprises at least one attachment 330 between handle-funnel transformer 310 and transformer wall 810, preferably comprising at least one living hinge, as shown. Attachment 330 is preferably along length C at the edge of tray-container 110, as shown, alternately preferably along width B at the edge of tray-container 110 (not shown).

Handle-funnel transformer 310 preferably further comprises “half-moon” shape and a length that is approximately equal to the length of transformer wall 810, as shown. Handle-funnel transformer 310 preferably further comprises a width A which preferably is approximately equal to half of width B of tray-container 110, as shown. Width A preferably comprises between about 4 inches and about 5 inches, as shown.

Handle-funnel transformer 310 preferably further comprises at least one funnel-ovular cutout 350 (at least herein embodying wherein such at least one transforming-handle further comprises at least one cutout structured and arranged to transform between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel, while in such at least one pouring state; at least herein embodying wherein such at least one transforming-handle means further comprises at least one cutout means for transforming between at least one hand portal, while in such at least one tray state, and at least one funnel-spout of such at least one funnel means, while in such at least one pouring state), as shown. Funnel-ovular cutout 350 is preferably centered along length C of transformer wall 810, as shown. Funnel-ovular cutout 350 is preferably located about ¼ inch to about ½ inch from attachment 330 between transformer wall 810 and handle-funnel transformer 310, as shown.

Between funnel-ovular cutout 350 and the outer edge of handle-funnel transformer 310, transforming-handle 305 preferably further comprises a collapse-permitter 360, preferably a transforming-living-hinge 395, as shown. Collapse-permitter 360 further comprises a collapsible material, preferably between about two and about three inches in width, as shown. Funnel-ovular cutout 350 preferably comprises a width E, preferably comprising enough room for at least one user to place all of the fingers of user's hand through funnel-ovular cutout 350 in order to grip transforming-handle 305, preferably comprising about 3 inches, as shown. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as cost, available materials, etc., other cutout sizes, such as, for example, two-finger widths, three finger widths, etc., may suffice.

Transforming-handle 305 preferably further comprises at least one user-actuated transformer 390 (at least herein embodying wherein such at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between such at least one tray state and such at least one pouring state; and at least herein embodying wherein such at least one transformer means comprises at least one user-alterable means for effecting transformation between such at least one tray state and such at least one pouring state), as shown. User-actuated transformer 390 preferably comprises at least one user-gripper 380 (at least herein embodying wherein such at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of such transformation; and at least herein embodying wherein such at least one transforming handle means further comprises at least one transformation-actuator means for permitting user-actuation of such transformation) for allowing at least one user to grip transforming-handle 305 in such a manner as to actuate transformation of tray-container 110 into object-collector-pourer 210, as shown.

User-gripper 380 preferably comprises at least one first digit-acceptor 382 and at least one second digit-acceptor 384, preferably at least one first digit-cutout 383 and at least one second digit-cutout 385 (at least herein embodying wherein such transformation-actuator further comprises at least one first digit-cutout structured and arranged to accept insertion of at least one first user digit; and at least one second digit-cutout structured and arranged to accept insertion of at least one second user digit; and wherein such user activation comprises reducing the distance between such at least one first digit-cutout and such at least one second digit-cutout; and at least herein embodying wherein such transformation-actuator means further comprises at least one first digit-cutout means for accepting insertion of at least one first user digit; and at least one second digit-cutout means for accepting insertion of at least one second user digit; and wherein such user activation comprises reducing the distance between such at least one first digit-cutout means and such at least one second digit-cutout means) as shown. First digit-cutout 383 and second digit-cutout 385 preferably comprise a circular cutout, as shown. First digit-cutout 383 and second digit-cutout 385 are preferably spaced between about three and about four inches apart, as shown. First digit-cutout 383 is preferably at least ¾ inch in diameter. Second digit-cutout 385 is preferably at least ¾ inch in diameter. First digit-cutout 383 and second digit-cutout 385 preferably allow at least one user to grip transforming-handle 305 and pinch first digit-cutout 383 and second digit-cutout 385 together to effect transformation of tray-container 110 into object-collector-pourer 210.

Transforming-handle 305 preferably further comprises at least one transforming-living-hinge 395 (at least herein embodying wherein such at least one transformation-actuator comprises at least one transforming living-hinge structured and arranged to collapse when at least one user actuates transformation; and at least herein embodying wherein such at least one transformation-actuator means comprises at least one transforming living-hinge means for collapsing when at least one user actuates transformation). Transforming-living-hinge 395 preferably comprises at least one accordion hinge, preferably comprising at least three living-hinge locations (at least herein embodying wherein such at least one transforming living-hinge comprises at least one accordion hinge; and at least herein embodying wherein such at least one accordion hinge comprises at least three living-hinge locations), as shown. Transforming-living-hinge 395 is preferably located centered between first digit-cutout 383 and second digit-cutout 385, as shown.

FIG. 4 shows a side view, illustrating transforming-handle 305 of sort and pour system 100 in pouring state 107, according to the preferred embodiment of FIG. 3. Transformation into pouring state 107 is preferably effected by user when user places one thumb or forefinger in first digit-cutout 383 and one thumb or forefinger in second digit-cutout 385, as shown. User preferably then pinches first digit-cutout 383 and second digit-cutout 385 together which results in transforming-handle 305 collapsing downward toward the user's palm of the hand at least in at least one V-type configuration 410 at transforming-living-hinge 395, as shown.

The collapsing of transforming-handle 305 effectively shortens the length of transforming-handle 305, which in turn preferably causes the shortening of the corner-to-corner distance (length C) (approximately 12 inches) of transformer wall 810 (at least herein embodying wherein such collapse of such at least one transforming living-hinge additionally reduces the straight line distance between corners of such at least one transforming side; and at least herein embodying wherein such collapse of such at least one transforming living-hinge means additionally reduces the straight line distance between corners of such at least one transforming side), as shown. This corner-to-corner distance shortening of transformer wall 810 preferably causes transformer wall 810 to collapse downward along transformation-axis 230 preferably in V-type configuration 420 (at least herein embodying wherein such collapse of such at least one transforming living-hinge reduces the area of such at least one cutout and conically curves such at least one transforming side; and at least herein embodying wherein such collapse of such at least one transforming living-hinge means reduces the area of such at least one cutout and conically curves such at least one transforming side), as shown.

In turn, such collapsing of transformer wall 810 preferably causes tray-container-base 120 to collapse in a similar V-type configuration (See FIG. 2) along transformation-axis 230 (See FIG. 2) preferably forming object-collector-pourer 210. When object-collector-pourer 210 forms, collection of objects 135 will preferably be collected in the bottom of the “V” in a non-distributed state 205 (See FIG. 2).

Further, when user effects the transformation by pinching first digit-cutout 383 and second digit-cutout 385 together, the edge of funnel ovular-cutout 350 and transformer wall 810 preferably collapse downward in V-type configuration 420 and preferably becomes more “funnel” shaped, as shown. This transformation preferably creates the funnel-pourer 370, as shown.

This arrangement herein embodies wherein such at least one transformer transforms such bottom into such at least one object-collector, and such at least one transforming side into at least one funnel side; and this arrangement herein embodies wherein such at least one transformer means transforms such bottom into such at least one object-collector means, and such at least one transforming side into at least one funnel side; and this arrangement herein embodies wherein such at least one transformer creates such at least one funnel; and this arrangement herein embodies wherein such at least one transformer means creates such at least one funnel means; and this arrangement herein embodies wherein such at least one funnel comprises such at least one funnel side; and this arrangement herein embodies wherein such at least one funnel means comprises such at least one funnel side.

While preferably maintaining the transformed condition of tray-container 110 into object-collector-pourer 210, user can then preferably hold object-collector-pourer 210 over storage container 220, and tip object-collector-pourer 210 preferably downward toward the mouth of storage container 220 (See FIG. 2). This preferably causes collection of objects 135 in non-distributed state 205 to slide down the bottom of the “V” of tray-container-base 120, through funnel-pourer 370 and into storage container 220 preferably without spilling any of collection of objects 135 out of object-collector-pourer 210 (See FIG. 2).

FIG. 5 shows a partial top view, illustrating a transforming-handle 305 of sort and pour system 100, according to an alternately preferred embodiment 101 of the present invention. In embodiment 101, transformer 115 preferably comprises user-gripper 380, as shown. User-gripper 380 alternately preferably comprises at least one first snap-section 510 and preferably at least one second snap-section 520. First snap-section 510 preferably comprises the male side of a snap and second snap-section 520 preferably comprises the female side of a snap, as shown. In embodiment 101, the at least one user can grip user-gripper 380 as described above to effect the transformation of tray-container 110 into object-collector-pourer 210, and then preferably snapping first snap-section 510 into second snap-section 520 to hold sort and pour system 100 in pouring state 107 (Not shown).

FIG. 6 shows a plan view, illustrating indicia 610 placement in sort and pour system 100, according to an alternately preferred embodiment of the present invention. FIG. 6 depicts indicia 610 preferably embossed in tray-container-base 120, as shown. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as user preference, marketing preference, materials etc., other methods of indicia placement, such as, for example, etching, raised lettering, engraving etc., may suffice. This feature can be added as a marketing feature, whereby, a company or distributor's desired indicia 610 can be permanently added to tray-container 110 during the manufacturing process.

FIG. 7 shows a side view, illustrating a transforming-handle 305 of sort and pour system 100 in pouring state 107, according to the preferred embodiment of FIG. 1.

FIG. 8 shows the sectional view 8-8 of FIG. 6 according to the preferred embodiment of FIG. 1. Sort and pour system 100 preferably comprises transformer wall 810, as shown. Transformer wall 810 preferably comprises at least one transforming-angle 820 structured and arranged to assist in transformation of tray-container 110 into object-collector-pourer 210 (at least herein embodying wherein such at least one transforming side comprises at least one transforming angle, between such bottom and such at least one transforming side, structured and arranged to assist in transformation between such tray state and such pouring state), as shown. Transforming-angle 820 preferably comprises an obtuse angle (at least herein embodying wherein such at least one transforming angle comprises an obtuse angle, while in such tray state, and such at least one transforming angle collapses outward during such transformation), as shown. Such obtuse angle preferably comprises an angle between about 90 and about 140 degrees, preferably about 135 degrees (at least herein embodying wherein such obtuse angle comprises an angle between about 90 and about 140 degrees; and at least herein embodying wherein such obtuse angle comprises an angle of about 135 degrees), as shown. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as future technologies, costs, etc., other angles, such as, for example, about 125 degrees, greater than 140 degrees, etc., may suffice. In use, transforming-angle 820 preferably biases transformer wall 810 to collapse outward from tray-container-base 120 during transformation.

FIG. 9 shows a top view, illustrating another tray-container 910, according to an alternately preferred embodiment of the present invention. Many of the features of tray-container 910 are repeated from preferred tray-container 110 in sort and pour system 100, as shown. Tray-container 910 preferably comprises at least one shape, as shown. The at least one shape preferably comprises a primarily rectangular shape, alternately preferably a square shape, alternately preferably an oval shape, alternately preferably a round shape. Upon reading the teachings of this specification, those skilled in the art will now appreciate that, under appropriate circumstances, considering such issues as marketability, user's intended use, manufacturing, etc., other tray shapes, such as, for example, pentagon shape, animal shaped, plant shape, octagon shape, and other multi-sided shapes, etc., may suffice.

Transformer 115 preferably comprises handle 911 which replaces handle 150, and transforming-handle 905, which replaces transforming-handle 305. Transformer 115 preferably comprises transformer wall 810 for aiding in transformation between tray-container 910 and object-collector-pourer 210. Transforming-handle 905 preferably further comprises at least one handle-funnel transformer 920 to transform transforming handle 905 between handle 911 and funnel-pourer 370, as shown. Transformer wall 810 preferably comprises a curve similar to that of the “half-moon” curve of transforming-handle 905, as shown.

Tray-container 910 preferably comprises funnel-ovular cutout 350. Funnel-ovular cutout 350 is preferably located about ¼ inch to about ½ inch up from tray-container base 120 on transformer wall 810. Funnel-ovular cutout 350 preferably transects attachment 330 between transformer wall 810 and handle-funnel transformer 920, as shown. Preferably between funnel-ovular cutout 350 and the outer edge of handle-funnel transformer 920, transforming-handle 905 preferably further comprises at least one collapse-permitter 360, preferably at least one material-gap 960.

This arrangement herein embodies wherein such at least one transformation-actuator comprises at least one collapse-permitter structured and arranged to collapse when at least one user actuates such transformation; and this arrangement herein embodies wherein such collapse of such at least one collapse-permitter reduces the area of such at least one cutout and conically-curves such at least one transforming handle; and this arrangement herein embodies wherein such collapse of such at least one collapse-permitter additionally reduces the straight-line distance between corners of such at least one transforming side; and this arrangement herein embodies wherein such at least one transformation-actuator means comprises at least one collapse-permitter means for collapsing when at least one user actuates such transformation; and this arrangement herein embodies wherein such collapse of such at least one collapse-permitter means reduces the area of such at least one cutout means and conically-curves such at least one transforming handle means; and this arrangement herein embodies wherein such collapse of such at least one collapse-permitter means additionally reduces the straight-line distance between corners of such at least one transforming side.

Material-gap 960 preferably comprises a gap in material, preferably between about three and four inches in width, as shown. Material-gap 960 preferably comprises at least one user-gripper 980 for allowing at least one user to grip transforming-handle 905 in such a manner as to actuate transformation of tray-container 910 into object-collector-pourer 210, as shown.

User-gripper 980 preferably comprises at least one first digit-acceptor 382, preferably at least one first gripper-pocket 982 and at least one second digit-acceptor 384, preferably at least one second gripper-pocket 984, as shown. First gripper-pocket 982 and second gripper-pocket 984 preferably comprise a “wing-shaped” pocket and preferably further comprise a gripper-wall 988, as shown.

This arrangement herein embodies wherein such transformation-actuator further comprises: at least one first digit-acceptor structured and arranged to accept insertion of at least one first user-digit; and at least one second digit-acceptor structured and arranged to accept insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-acceptor and such at least one second digit-acceptor; and this arrangement herein embodies wherein such transformation-actuator means further comprises: at least one first digit-acceptor means for accepting insertion of at least one first user-digit; and at least one second digit-acceptor means for accepting insertion of at least one second user-digit; wherein such user actuation comprises reducing the distance between such at least one first digit-acceptor means and such at least one second digit-acceptor means.

First gripper-pocket 982 and second gripper-pocket 984 preferably further comprise a gripper-friction strip 986, located along the length of gripper-wall 988, structured and arranged to prevent a user's fingers from slipping out of first gripper-pocket 982 or second gripper-pocket 984 by friction, as shown. First gripper-pocket 982 and second gripper-pocket 984 are preferably spaced between about three and four inches apart, as shown. First gripper-pocket 982 and second gripper-pocket 984 preferably allow at least one user to grip transforming-handle 905 and pinch first gripper-pocket 982 and second gripper-pocket 984 together to effect transformation of tray container 910 into object-collector-pourer 210.

FIG. 10 shows a side view, according to the alternately preferred embodiment of FIG. 9, depicting the structure of the first gripper-pocket 982 (not shown) and the second gripper-pocket 984, as well as the structure and angle of transformer wall 810, as shown.

FIG. 11 shows a side view, of the sort and pour system in a pouring state 907, according to the alternately preferred embodiment of FIG. 10. Transformation into pouring state 907 is preferably effected by user when user places one thumb or forefinger in first gripper-pocket 982 and one thumb or forefinger in second gripper-pocket 984, as shown. User preferably then pinches first gripper-pocket 982 and second gripper-pocket 984 together resulting in a shortening of the gap of material-gap 960. Further, when user effects the transformation by pinching first gripper-pocket 982 and second gripper-pocket 984 together, the edge of funnel ovular-cutout 350 and transformer wall 810 preferably collapse downward in V-type configuration 420 and preferably becomes more “funnel” shaped, as shown. This transformation preferably creates the funnel-pourer 370, as shown.

FIG. 12 shows a top view, of the sort and pour system in a pouring state, according to the alternately preferred embodiment of FIG. 11. The shortening of the gap of material-gap 960 preferably effectively shortens the length of transforming-handle 905, which in turn preferably causes the shortening of length C of transformer wall 810 (see FIG. 6). The shortening of length C of transformer wall 810 preferably in turn causes an increased curvature of transformer wall 810 and an upward flexing of handle 911 at the living hinge of attachment 330. The shortening of length C of transformer wall 810 and the flexing at the living hinge of attachment 330 preferably causes the formation of object-collector-pourer 210 similarly to tray-container 110 described previously, which similarly results in the creation of funnel-pourer 370.

FIG. 13 shows a partial top view, illustrating another tray-container 710, according to an alternately preferred embodiment of the present invention. Many of the features of tray-container 710 are repeated from preferred tray-container 910 in sort and pour system 100, as shown. However, transformer 115 comprises handle 711 which replaces handle 911, and transforming-handle 705, which replaces transforming-handle 905. Transforming-handle 705 preferably further comprises at least one handle-funnel transformer 720 to transform transforming handle 705 between handle 711 and funnel-pourer 370, as shown. Between funnel-ovular cutout 350 and the outer edge of handle-funnel transformer 720, transforming-handle 705 preferably further comprises a collapse-permitter 360, preferably material-gap 760. Material-gap 760 preferably further comprises a gap in material, preferably between about three and four inches in width, as shown. Material-gap 760 preferably comprises a trapezoidal shape where the ends of handle-funnel transformer 720 are cut at an angle, alternately preferably at an obtuse angle, alternately preferably at an angle of about 106 degrees, as shown.

Transforming handle 705 preferably further comprises first gripper-pocket 782 and second gripper-pocket 784. First gripper-pocket 782 and second gripper-pocket 784 preferably comprise a shape that is trapezoidal in nature with at least two parallel sides and one side comprises an obtuse angle so as to follow the curve of the outer edge of handle 711, as shown. The smaller size of first gripper-pocket 782 and second gripper-pocket 784 preferably creates increased surface area of flexible material 709 of handle 711.

Transformation into pouring state 107 is preferably effected by user when user places one thumb or forefinger in first gripper-pocket 782 and one thumb or forefinger in second gripper-pocket 784, as shown. User preferably then pinches first gripper-pocket 782 and second gripper-pocket 784 together resulting in a shortening of the material-gap 760. Further, when user effects the transformation by pinching first gripper-pocket 782 and second gripper-pocket 784 together, the edge of funnel ovular-cutout 350 and transformer wall 810 preferably collapse downward in V-type configuration 420 and preferably becomes more “funnel” shaped, as shown. This transformation preferably creates the funnel-pourer 370, as shown.

The shortening of material-gap 760 preferably effectively shortens the length of transforming-handle 705, which in turn preferably causes the shortening of length C of transformer wall 810 (See FIG. 6.). The shortening of length C of transformer wall 810 preferably in turn causes an increased curvature of transformer wall 810 and an upward flexing of handle 711 at the living hinge of attachment 330, and at the increased surface area of flexible material 709 of handle 711. The shortening of length C of transformer wall 810 and the flexing of handle 711 causes the formation of object-collector-pourer 210 similarly to tray-container 110 described previously, which similarly results in the creation of funnel-pourer 370.

This invention has applications in a wide variety of places which include but are not limited to a machine shop, garage, craft room, kitchen, garden, school or pre-school, and assembly line. This invention can be used with a wide variety of different kinds of items which include but are not limited to small hardware items (i.e. nuts, bolts, screws, nails, etc.), craft items (i.e. beads, glitter, thread, needles, pins, etc.), kitchen items (i.e. chopped and diced vegetables, etc.), gardening/potting plants (dirt, soil, water, seeds, etc.), shop projects for disassembly of oily components (master cylinder, carburetor, small gearbox, etc.), sub-component holding trays for manufacturing assembly, and ammunition reloading (i.e. primers, shells, gun powder, etc.).

Although applicant has described applicant's preferred embodiments of this invention, it will be understood that the broadest scope of this invention includes modifications such as diverse shapes, sizes, and materials. Additionally, it will be understood that the broadest scope of this invention includes combinations of the various features presented in any embodiment, so long as, the inclusion of a feature from one embodiment in another embodiment does not functionally or structurally conflict with the other features included therein. Such scope is limited only by the below claims as read in connection with the above specification. Further, many other advantages of applicant's invention will be apparent to those skilled in the art from the above descriptions and the below claims. 

What is claimed is:
 1. A system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, said system comprising: a) a tray structured and arranged to contain the collection of objects; b) wherein said tray comprises a bottom and at least one side; c) wherein said tray is open on the top; d) wherein said bottom is planar defining a bottom plane; e) wherein said at least one side rises above said bottom plane; f) wherein said at least one side comprises at least one transforming side; g) wherein said tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and h) wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and i) at least one transformer structured and arranged to transform said tray between at least one tray state and at least one pouring state; j) wherein said at least one pouring state comprises i) at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, ii) wherein said at least one object-collector is non-planar, and iii) at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and k) wherein said at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between said at least one tray state and said at least one pouring state; l) wherein said at least one transformer transforms i) said bottom into said at least one object-collector, and ii) said at least one transforming side into at least one funnel side; and m) wherein said at least one transformer creates said at least one funnel; n) wherein said at least one funnel comprises said at least one funnel side; o) wherein the collection of objects are received, distributed and searched in said tray state; and p) wherein the collection of objects are collected and poured in said pouring state.
 2. The system according to claim 1 wherein said tray further comprises at least one handle structured and arranged to permit single-hand carrying of said tray.
 3. The system according to claim 2 wherein said at least one handle comprises at least one transforming-handle structured and arranged to assist said transformation.
 4. The system according to claim 3 wherein said at least one transforming-handle further comprises at least one cutout structured and arranged to transform between at least one hand portal, while in said at least one tray state, and at least one funnel-spout of said at least one funnel, while in said at least one pouring state.
 5. The system according to claim 4 wherein said at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of said transformation.
 6. The system according to claim 5 wherein said at least one transformation-actuator comprises at least one collapse-permitter structured and arranged to collapse when at least one user actuates said transformation.
 7. The system according to claim 6 wherein said collapse of said at least one collapse-permitter reduces the area of said at least one cutout and conically-curves said at least one transforming handle.
 8. The system according to claim 7 wherein said collapse of said at least one collapse-permitter additionally reduces the straight-line distance between corners of said at least one transforming side.
 9. The system according to claim 7 wherein said at least one collapse-permitter comprises at least one accordion hinge.
 10. The system according to claim 9 wherein said at least one accordion hinge comprises at least three living-hinge locations.
 11. The system according to claim 5 wherein said transformation-actuator further comprises: a) at least one first digit-acceptor structured and arranged to accept insertion of at least one first user-digit; and b) at least one second digit-acceptor structured and arranged to accept insertion of at least one second user-digit; c) wherein said user actuation comprises reducing the distance between said at least one first digit-acceptor and said at least one second digit-acceptor.
 12. The system according to claim 1 wherein said at least one transforming side comprises at least one transforming angle, between said bottom and said at least one transforming side, structured and arranged to assist in transformation between said tray state and said pouring state.
 13. The system according to claim 12 wherein: a) said at least one transforming angle comprises an obtuse angle, while in said tray state, and b) said at least one transforming angle collapses outward during said transformation.
 14. The system according to claim 13 wherein said obtuse angle comprises an angle between about 90 and about 140 degrees.
 15. The system according to claim 14 wherein said obtuse angle comprises an angle of about 135 degrees.
 16. A system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, said system comprising: a) a tray structured and arranged to contain the collection of objects; b) wherein said tray comprises a bottom and at least one side; c) wherein said tray is open on the top; d) wherein said bottom is planar defining a bottom plane; e) wherein said at least one side rises above said bottom plane; f) wherein said at least one side comprises at least one transforming side; g) wherein said tray further comprises at least one handle structured and arranged to permit single-hand carrying of said tray; h) wherein said tray comprises a distributive-area permitting distribution of the collection of objects across an area in a thin layer; and i) wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; and j) at least one transformer structured and arranged to transform said tray between at least one tray state and at least one pouring state; k) wherein said at least one pouring state comprises i) at least one object-collector structured and arranged to collect the collection of objects into a non-distributed state, ii) wherein said at least one object-collector is non-planar, and iii) at least one funnel structured and arranged to pour a stream of the collection of objects into the storage container; and l) wherein said at least one transformer comprises at least one user-alterable component structured and arranged to effect transformation between said at least one tray state and said at least one pouring state; m) wherein said at least one transformer transforms i) said bottom into said at least one object-collector, and ii) said at least one transforming side into at least one funnel side; and n) wherein said at least one transformer creates said at least one funnel; o) wherein said at least one funnel comprises said at least one funnel side; p) wherein the collection of objects are received, distributed and searched in said tray state; and q) wherein the collection of objects are collected and poured in said pouring state; r) wherein said at least one handle comprises at least one transforming-handle structured and arranged to assist said transformation; and s) wherein said at least one transforming-handle further comprises at least one gripper structured and arranged to transform between at least one hand portal, while in said at least one tray state, and at least one funnel-spout of said at least one funnel, while in said at least one pouring state; and t) wherein said at least one transforming handle further comprises at least one transformation-actuator structured and arranged to permit user-actuation of said transformation; u) wherein said at least one transformation-actuator comprises at least one collapse-permitter structured and arranged to collapse when at least one user actuates said transformation; v) wherein said collapse of said at least one collapse-permitter reduces the area of said at least one cutout and conically-curves said at least one transforming handle; w) wherein said transformation-actuator further comprises i) at least one first digit-acceptor structured and arranged to accept insertion of at least one first user-digit, and ii) at least one second digit-acceptor structured and arranged to accept insertion of at least one second user-digit, iii) wherein said user actuation comprises reducing the distance between said at least one first digit-acceptor and said at least one second digit-acceptor; x) wherein said at least one transforming side comprises at least one transforming angle, between said bottom and said at least one transforming side, structured and arranged to assist in transformation between said tray state and said pouring state; y) wherein said at least one transforming angle comprises an obtuse angle, while in said tray state; and z) wherein said at least one transforming angle collapses outward during said transformation.
 17. The system according to claim 16 wherein said collapse of said at least collapse-permitter additionally reduces the straight-line distance between corners of said at least one transforming side.
 18. The system according to claim 17 wherein said at least one collapse-permitter comprises at least one accordion hinge.
 19. The system according to claim 18 wherein said at least one accordion hinge comprises at least three living hinge locations.
 20. A system, relating to receiving a collection of objects from a storage container and distributing the collection of objects across a large surface area while maintaining containment within the large surface area, permitting user-search of the collection of objects, then gathering the collection of objects into a confined stream to return the collection of objects to the storage container, said system comprising: a) a tray means for containing the collection of objects; b) wherein said tray means comprises a bottom and at least one side; c) wherein said tray means is open on the top; d) wherein said bottom is planar defining a bottom plane; e) wherein said at least one side rises above said bottom plane; f) wherein said at least one side comprises at least one transforming side; g) wherein said tray means comprises a distributive-area means for permitting distribution of the collection of objects across an area in a thin layer; h) wherein the collection of objects, when distributed, are readily visible and manipulatable by at least one user; i) wherein said tray means further comprises at least one transformer means for transforming said tray between at least one tray state and at least one pouring state; j) wherein said at least one pouring state comprises i) at least one object-collector means for collecting the collection of objects into a non-distributed state, ii) wherein said at least one object-collector means is non-planar, and iii) at least one funnel means for pouring a stream of the collection of objects into the storage container; k) wherein said at least one transformer means comprises at least one user-alterable component means for effecting transformation between said at least one tray state and said at least one pouring state; l) wherein said at least one transformer means transforms i) said bottom into said at least one object-collector means, and ii) said at least one transforming side into at least one funnel side; m) wherein said at least one transformer means creates said at least one funnel means, n) wherein said at least one funnel means comprises said at least one funnel side o) wherein the collection of objects are received, distributed and searched in said tray state; and p) wherein the collection of objects are collected and poured in said pouring state.
 21. The system according to claim 20 wherein said tray means further comprises at least one handle means for permitting single-hand carrying of said tray means.
 22. The system according to claim 21 wherein said at least one handle means comprises at least one transforming-handle means for assisting said transformation.
 23. system according to claim 22 wherein said at least one transforming-handle means further comprises at least one gripper means for transforming between at least one hand portal means, while in said at least one tray state, and at least one funnel-spout of said at least one funnel means, while in said at least one pouring state.
 24. The system according to claim 23 wherein said at least one transforming handle means further comprises at least one transformation-actuator means for permitting user-actuation of said transformation.
 25. The system according to claim 24 wherein said at least one transformation-actuator means comprises at least one collapse-permitter means for collapsing when at least one user actuates said transformation.
 26. The system according to claim 25 wherein said collapse of said at least one collapse-permitter means reduces the area of said at least one cutout means and conically-curves said at least one transforming handle means.
 27. The system according to claim 26 wherein said collapse of said at least one collapse-permitter means additionally reduces the straight-line distance between corners of said at least one transforming side.
 28. The system according to claim 25 wherein said transformation-actuator means further comprises: a) at least one first digit-acceptor means for accepting insertion of at least one first user-digit; and b) at least one second digit-acceptor means for accepting insertion of at least one second user-digit; c) wherein said user actuation comprises reducing the distance between said at least one first digit-acceptor means and said at least one second digit-acceptor means. 